The Effects of Exotic Grasses on Litter Decomposition in a Hawaiian Woodland: The Importance of Indirect Effects

Keyphrases

• Woodland 100%
• Grass 100%
• Litter Decomposition 100%
• Exotic Grasses 100%
• Hawaiian 100%
• Litterfall 60%
• Grassland 30%
• Native Species 20%
• N Dynamics 20%
• Microenvironment 20%
• N Loss 20%
• Litter Input 20%
• Litter Type 20%
• Litter Production 20%
• Decomposition Process 20%
• Plant Community 10%
• Plant Species 10%
• Nitrogen N 10%
• Plant Species Composition 10%
• Plant Growth 10%
• Incubation 10%
• Functional Aspects 10%
• Growth Form 10%
• Litter Quality 10%
• Whole Systems 10%
• Litter Nitrogen 10%
• Lignin Concentration 10%
• Native Trees 10%
• Decomposition Dynamics 10%
• Direct Contribution 10%
• Vegetation Treatment 10%
• Removal Methods 10%
• Litter Quantity 10%
• Area Weighted 10%
• Production Increase 10%
• Litter Layer 10%
• Through Effect 10%
• N Mass 10%
• Litter Mass 10%
• Metrosideros Polymorpha 10%
• Decomposability 10%
• M. Polymorpha 10%
• Volcanoes National Park 10%
• Hawaii Volcanoes 10%
• Grass Litter 10%
• Submontane 10%
• Weight Decomposition 10%
• Dry Woodlands 10%
• Grass Biomass 10%

Agricultural and Biological Sciences

• Poaceae 100%
• Litter Decomposition 100%
• Grassland 42%
• Annuals 28%
• National Parks 14%
• Plant Community 14%
• Metrosideros polymorpha 14%